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Pickering 65-223 User Manual

Lxi modular reed relay matrix
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65-223 User Manual
LXI Modular Reed Relay Matrix
pickeringtest.com
Issue F May 2023

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  • Page 1 65-223 User Manual LXI Modular Reed Relay Matrix pickeringtest.com Issue F May 2023...
  • Page 2 © COPYRIGHT (2023) PICKERING INTERFACES. ALL RIGHTS RESERVED. No part of this publication may be reproduced, transmitted, transcribed, translated or stored in any form, or by any means without the written permission of Pickering Interfaces. Technical details contained within this publication are subject to change without notice.
  • Page 3 Pickering Interfaces strives to fulfil all relevant environmental laws and regulations and reduce wastes and releases to the environment. Pickering Interfaces aims to design and operate products in a way that protects the environment and the health and safety of its employees, customers and the public. Pickering Interfaces endeavours to develop and manufacture products that can be produced, distributed, used and recycled, or disposed of, in a safe and environmentally friendly manner.
  • Page 4 If this product is heavy reference should be made to the safety instructions for provisions of lifting and moving. STATIC SENSITIVE To indicate that static sensitive devices are present and handling precautions should be followed. REED RELAY MODULE 40-110/115/120/125 LXI MODULAR REED RELAY MATRIX 65-223 Page iv Page (IV)

  • Page 5: Table Of Contents

    LXI Status Indicators ..........7.1 Troubleshooting Guide ..........7.2 Unit Reset ..............7.2 Section 8 Maintenance Information ...........8.1 Relay Look-up Tables ..........8.2 PCB Layout Diagrams ...........8.12 Appendix A Fitting Rack Mounting Flanges ........A.1 Appendix B Example Configurations ...........B.1 LXI MODULAR REED RELAY MATRIX 65-223 Page v...
  • Page 6 THIS PAGE INTENTIONALLY BLANK LXI MODULAR REED RELAY MATRIX 65-223 Page vi...

  • Page 7: Warnings & Cautions

    I/O signals that may be present. Blanking panels are available to order from Pickering. If the product is not used in this manner for example by using an extender card then additional care must be taken to avoid contact with exposed signals.
  • Page 8 AND USERS SHOULD CONNECT TO THE FRONT PANEL CONNECTORS WITH CONNECTORS OR CABLE ASSEMBLIES THAT ENSURE OPERATORS WILL NOT INADVERTENTLY COME IN CONTACT WITH HIGH VOLTAGES. LXI HIGH VOLTAGE 2-POLE MATRIX 60-310 Page viii LXI MODULAR REED RELAY MATRIX 65-223 Page viii...
  • Page 9 65-223 graphically identifying the faulty relay. into six independent matrices whose size can be set by the user For more information go to: pickeringtest.com/ebirst...

  • Page 10: Technical Specification

    Y-bus of any 64x8 sub-matrix that makes up the overall 65-223 matrix. The 64x8 matrices of the 65-223 plug-in modules are made up from four 32x4 matrix plug-on modules. These use Pickering high density instrument grade ruthenium reed relays for maximum reliability and performance.
  • Page 11 2 U 786x8 Matrix With 6 Analog Buses 1 off 65-200-002 2 U Modular Matrix Chassis 1 off 65-223-001 Matrix Plug-in, direct Y access, 6 analog bus Matrix that permits 48 concurrent connections to be made 5 off 65-223-101 Matrix Plug-in, no direct Y access, 6 analog between Y and X or X and X with Y access when utilising the analog bus capability.
  • Page 12 Total Operate Time ~1950 µs 1000 µs 2000 µs Speed of Operation Diagram For The 65-223 Note: These are estimated figures, PC processing and Ethernet transmission times may vary depending upon the overall system setup and load. pickeringtest.com Page 1.4...
  • Page 13 † This represents an example system configured as a Fuse Rating: (F) 5 A 250 V 768x8 matrix consisting of 1x 65-223-001 and 5x 65-223- LAN Interface 101 Plugin Modules housed within an 65-200-002 Chassis. 1000Base-T Ethernet Interface with a standard RJ-45 connector Expected Life (operations): >1x10...
  • Page 14 Single 64x8, direct Y access, 6 analog bus 65-223-002 To use eBIRST the test tool is Single 64x8, no direct Y access, 6 analog bus 65-223-102 fitted to the user connectors of the 65-223 plugin module. The Replacement Plug-on Modules...
  • Page 15 Reed Relay web site at pickeringrelay.com for further information. The 65-223 range is part of a growing family of Scalable Matrix systems available from Pickering Interfaces. Illustrated is the LXI 65-219 Modular 2 Amp Matrix, available in sizes up to 60x40 pickeringtest.com...
  • Page 16 To learn more, please go to: pickeringrelay.com Programming Pickering provide kernel, IVI and VISA (NI & Keysight) drivers which are compatible with all Microsoft supported versions of Windows and popular older versions. For a list of all supporting operating systems, please see: pickeringtest.com/os The VISA driver support is provided for LabVIEW Real Time Operating Systems (Pharlap and Linux-RT).
  • Page 17 Three Year Warranty & Guaranteed Long-Term Support All standard products manufactured by Pickering Interfaces are warranted against defective materials and workmanship for a period of three years from the date of delivery to the original purchaser. Extended warranty and service agreements are available for all our modules and systems with various levels to suit your requirements.
  • Page 18 SECTION 1 - TECHNICAL SPECIFICATION pickering THIS PAGE INTENTIONALLY BLANK Page 1.10 LXI MODULAR REED RELAY MATRIX 65-223...

  • Page 19: Functional Description

    SECTION 2 - TECHNICAL DESCRIPTION FUNCTIONAL DESCRIPTION The 65-223 is a modular switching system which is designed to provide a high density flexible matrix solution by the addition of plugin modules. The component parts are as follows: • The modular 65-200-001 chassis is the basis of the system and consists of a backplane, power supply and controller card housed in a 2U rack mountable chassis.
  • Page 20 Isolation 32x4 Matrix 32x4 Matrix Relays Matrix Daughterboard 2D Matrix Daughterboard 2C Isolation Relay Daughterboard 2 Figure 2-2. 65-223-001 Dual 64x8 Matrix Plugin Module With Direct Y Access and 6 Analog Buses Page 2.2 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 21 Isolation 32x4 Matrix 32x4 Matrix Relays Matrix Daughterboard 2D Matrix Daughterboard 2C Isolation Relay Daughterboard 2 Figure 2-3. 65-223-101 Dual 64x8 Matrix Plugin Module Without Direct Y Access and 6 Analog Buses Page 2.3 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 22 Matrix Daughterboard 2A Matrix Daughterboard 2B Matrix Daughterboard 2D Matrix Daughterboard 2C Isolation Relay Daughterboard 2 Figure 2-4. 65-223-002 Single 64x8 Matrix Plugin Module With Direct Y Access and 6 Analog Buses Page 2.4 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 23 Matrix Daughterboard 2A Matrix Daughterboard 2B Matrix Daughterboard 2D Matrix Daughterboard 2C Isolation Relay Daughterboard 2 Figure 2-5. 65-223-102 Single 64x8 Matrix Plugin Module Without Direct Y Access and 6 Analog Buses Page 2.5 LXI MODULAR REED RELAY MATRIX 65-223...

  • Page 24: Chassis Configuration

    (bottom left to top right) in order to maintain consistent bandwidth and path resistance. IP Address The 65-200 chassis which hosts the 65-223 matrix plugin modules is controlled over an LXI compliant Ethernet interface. The IP Address for the chassis is displayed on the rear panel of the chassis.

  • Page 25: Installation

    The product is designed for indoor use only. PREOPERATION CHECKS (UNPACKING) 1. Check the module for transport damage and report any damage immediately to Pickering Interfaces. Do not attempt to install the product if any damage is evident. 2. Ensure that the designated area for the product is of a flat and solid construction to support its weight.
  • Page 26 The module should then be carefully pushed into the chassis so its front panel is flush with neighbouring modules before tightening the crosshead screws. Page 3.2 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 27 SLOT 4 SLOT 1 SLOT 2 Figure 3-4. 65-200 Chassis Slot Numbering If the unit is being used for the first time, refer to “Setting The IP Address” on the following pages. LXI MODULAR REED RELAY MATRIX 65-223 Page 3.3...

  • Page 28: Setting The Ip Address

    If this does occur press and hold the LAN Reset button on the back panel of the device for a full factory reset (see Section 6 “Troubleshooting” for details). Figure 3-6. Example configuration window used to manually set the IP address of a Pickering LXI device Page 3.4...

  • Page 29: Installing The Software

    PC. Alternatively, the driver may be found on the DVD shipped with the product in the “Drivers_LXI” folder: ClientBridge. exe. This driver may also be found on the Pickering Interfaces web-site at: http://www.pickeringtest.info/downloads/drivers/Sys60/ or from the Software Downloads section at: www.pickeringtest.com...

  • Page 30: The Instrument Configuration Page

    The Configure Chassis button should be used to configure if the plug-ins is different to the configured chassis. As shown in the following figures: Figure 3-8. Example Instrument Configuration Page for 65-200 Chassis Page 3.6 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 31 SECTION 3 - INSTALLATION pickering Figure 3-9. 65-200 Chassis: Configuring the Instrument Figure 3-10. Instrument With New Configuration for 65-200 Chassis LXI MODULAR REED RELAY MATRIX 65-223 Page 3.7...
  • Page 32 SECTION 3 - INSTALLATION pickering THIS PAGE INTENTIONALLY BLANK Page 3.8 LXI MODULAR REED RELAY MATRIX 65-223...

  • Page 33: Programming Guide

    SECTION 4 - PROGRAMMING GUIDE PROGRAMMING OPTIONS FOR PICKERING INTERFACES LXI UNITS For information on the installation and use of drivers and the programming of Pickering’s products in various software environments, please refer to the Software User Manual. This is available as a download from: https://www.pickeringtest.com/support/software-drivers-and-downloads...

  • Page 34: Programming The 65-223

    Programming the Unit - Card Handle 1 The 65-223 can be programmed as “Card Handle 1” where it is divided into 1 sub-unit for the matrix and 1 sub-unit for the isolation switches. This is summarised in Table 4-1 below and Figures 4-1, 4-2 and 4-3.
  • Page 35 Programming the Unit - Card Handle 2-7 The 65-223 can alternatively be programmed as a separate “Card Handle” for each plugin module where each is divided into separate sub-units - one for each matrix and two for the isolation switches. This is summarised in Table 4-2 below.
  • Page 36 Isolation Isolation Isolation 64x8 MATRIX X705 X768 Isolation Isolation Isolation Isolation Isolation Isolation 64x8 MATRIX Figure 4-1. Sub-unit Allocation - 65-223 Configured as a 768x8 Matrix With 6 Plugins (Card Handle 1) LXI MODULAR REED RELAY MATRIX 65-223 Page 4.4...
  • Page 37 (6x8) Figure 4-3. Card Handle 1 - Sub-unit 2 - Isolation Switch Architecture for a 768x8 Matrix With 6 Plugin Modules (all banks of isolation switches programmed as a single 72x8 matrix) LXI MODULAR REED RELAY MATRIX 65-223 Page 4.5...
  • Page 38 = PIPLX_OpCrosspoint( session, cardnum, matsub, 1, 1, 1); err = PIPLX_OpBit(session, cardnum, y1sub, 1, 1); Please refer to documentation for the driver API for detail of these calls and their parameters. LXI MODULAR REED RELAY MATRIX 65-223 Page 4.6...
  • Page 39 SSH (Secure SHell) Interface Refer to the section “Command Line Control of Pickering LXI Instruments” on the following pages for details of how to open this interface and general information on the command set available. After opening an SSH session the 65-223 is controlled as follows:...

  • Page 40: Command Line Control

    LXI instrument from the Windows utility PILMon and provides identical functionality. Enabling the Command Line Control Utility Pickering LXI devices do not provide an SSH server in the normal configuration state, the service must be explicitly enabled.
  • Page 41 LAN Reset button located at the rear of the device in the appropriate manner, refer to Section 6 of this manual for details of this process. Disabling security will stop the SSH service. LXI MODULAR REED RELAY MATRIX 65-223 Page 4.9...
  • Page 42 In the following examples the SSH client PuTTY is used, the user will have to adapt the instructions for any other client. First start up the SSH client and enter the IP address of the LXI device. Press Open for launch. LXI MODULAR REED RELAY MATRIX 65-223 Page 4.10...
  • Page 43 The username for instrument control is ‘sshuser’, the password is that defined by the user when setting security. Once the username and password have been supplied, the LXI device will enter an application providing a command line interface to the switch cards within the device. LXI MODULAR REED RELAY MATRIX 65-223 Page 4.11...
  • Page 44 Before attempting to control a card it is important to understand the switch architecture of that card and to know how to address the required switch. Each Pickering switch card is represented as a set of one or more sub-units, each sub-unit containing one or more switches.
  • Page 45 0 otherwise. <bit(int)> Mask switch on selected subunit of index <bit>. Switch cannot be SwitchMask operated until unmasked. SwitchUnmask <bit(int)> Clear mask of switch on selected subunit of index <bit>. LXI MODULAR REED RELAY MATRIX 65-223 Page 4.13...
  • Page 46 <column(int)> <row(int)> Get state of switch on selected matrix subunit in XpointView position <column> <row>. Returns 1 if coil is energized 0 otherwise.” <column(int)> <row(int)> Mask switch on selected matrix subunit in position XpointMask <column> <row>. Switch can’t be operated until unmasked.” LXI MODULAR REED RELAY MATRIX 65-223 Page 4.14...
  • Page 47 Show help about all commands. Help <command> shows more detailed Help explanation of syntax and meaning of commands. Ends work with pilmon. All resources will be freed but states of cards remain Quit unchanged. LXI MODULAR REED RELAY MATRIX 65-223 Page 4.15...

  • Page 48: Using The Soft Front Panel

    Through the General SFP application you can display and manage several cards at the same time in separate windows. The application can be launched from the Windows Start menu (All Programs - Pickering Interfaces Ltd - General SFP <version> - General SFP) or from the application folder with GeneralSFP.exe.
  • Page 49 SECTION 4 - PROGRAMMING GUIDE pickering Select Open for the 65-223 you want to control and its Soft Front Panel will be displayed as shown below: Figure 4-5. Example Sub-unit List for the Modular Matrix Tabs on the SFP can be selected to display the main matrix or the matrix that represents the isolation switches.
  • Page 50 Columns are in groups of six and each group serves the Y connections of one 64x8 matrix. The groups are in the left-to-right sequence of A, B, C, D, E, F representing the banks of isolation switches for the six analog buses. LXI MODULAR REED RELAY MATRIX 65-223 Page 4.18...

  • Page 51: Connections

    X1-42 X2-42 X1-43 X2-43 Figure 5-1. 65-223-001 Plugin Module, Dual 64x8, 6 Figure 5-2. 65-223-001 Plugin Module, Dual 64x8, 6 Analog Bus, Direct Y Access - Left Hand Pinout (200-pin Analog Bus, Direct Y Access - Right Hand Pinout (200-pin...
  • Page 52 X1-43 X2-43 Figure 5-3. 65-223-101 Plugin Module, Dual 64x8, 6 Figure 5-4. 65-223-101 Plugin Module, Dual 64x8, 6 Analog Analog Bus, No Direct Y Access - Left Hand Pinout (200- Bus, No Direct Y Access - Right Hand Pinout (200-pin...
  • Page 53 SECTION 5 - CONNECTOR INFORMATION pickering Figure 5-5. 65-223-002 Plugin Module, Single 64x8, 6 Analog Bus, Direct Y Access - Left Hand Pinout (200-pin female LFH connector viewed from front of module) Page 5.3 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 54 SECTION 5 - CONNECTOR INFORMATION pickering Figure 5-6. 65-223-102 Plugin Module, Single 64x8, 6 Analog Bus, No Direct Y Access - Left Hand Pinout (200- pin female LFH connector viewed from front of module) Page 5.4 LXI MODULAR REED RELAY MATRIX 65-223...

  • Page 55: Sequence Service & Triggering

    GPIO11 GPIO4 GPIO12 GPIO5 GPIO13 GPIO6 GPIO14 GPIO7 GPIO15 INTERLOCK FP_GND Figure 6.1 - 65-200 Chassis DIO/Trigger Connector Pinout 25-pin Male Micro-D Connector as Viewed from the Rear Panel of the Chassis Page 6.5 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 56 Current Limited +5V Supply (1A) 4.7k GPIO Pin GND Pin Reset SW RESET Pin Reset Input 4.7k SW ERROR Pin SW Error Output Figure 6.2 - 65-200 Chassis DIO/Trigger Port Internal Circuitry Page 6.6 LXI MODULAR REED RELAY MATRIX 65-223...

  • Page 57: Troubleshooting

    Refer to the Warnings and Cautions at the front of this manual INSTALLATION PROBLEMS The Plug & Play functionality of Pickering switching products generally ensures trouble-free installation. If you do experience any installation problems you should first ensure that all cables are properly connected.

  • Page 58: Troubleshooting Guide

    Q All of my device’s lights are on, why don’t I see a green Ready light, even after a few minutes? Your device has a fault, contact your local sales office. Please contact your local Pickering Interfaces sales office for any further support or email: support@pickeringtest.com You can also visit our website for product updates, help and downloadable materials at: http://www.pickeringtest.com...

  • Page 59: Maintenance Information

    PCB. The tables can be used in the fault finding process and should be used in conjunction with the corresponding PCB layout diagrams to identify the position of faulty relays. Page 8.1 LXI HIGH DENSITY EMR MATRIX 60-550/551 LXI MODULAR REED RELAY MATRIX 65-223 Page 7.1...
  • Page 60 PCB layout diagrams to indentify the position of faulty relays. The relay look-up tables for the daughterboards fitted to the 65-223 Plugin Module are summarized below: TABLE 8.1 - 32x4 Matrix Daughterboard 1A (Crosspoints X1-1/Y1-1 to X1-32/Y1-4) Used on single and dual 64x8 Plugin Modules TABLE 8.2 - 32x4 Matrix Daughterboard 1B (Crosspoints X1-33/Y1-1 to X1-64/Y1-4)
  • Page 61 Y1-2 RL63 X1-24 Y1-2 RL95 X1-32 Y1-2 RL127 X1-8 Y1-3 RL30 X1-16 Y1-3 RL62 X1-24 Y1-3 RL94 X1-32 Y1-3 RL126 X1-8 Y1-4 RL29 X1-16 Y1-4 RL61 X1-24 Y1-4 RL93 X1-32 Y1-4 RL125 Page 8.3 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 62 Y1-2 RL63 X1-56 Y1-2 RL95 X1-64 Y1-2 RL127 X1-40 Y1-3 RL30 X1-48 Y1-3 RL62 X1-56 Y1-3 RL94 X1-64 Y1-3 RL126 X1-40 Y1-4 RL29 X1-48 Y1-4 RL61 X1-56 Y1-4 RL93 X1-64 Y1-4 RL125 Page 8.4 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 63 Y1-6 RL98 X1-16 Y1-6 RL66 X1-24 Y1-6 RL34 X1-32 Y1-6 X1-8 Y1-7 RL99 X1-16 Y1-7 RL67 X1-24 Y1-7 RL35 X1-32 Y1-7 X1-8 Y1-8 RL100 X1-16 Y1-8 RL68 X1-24 Y1-8 RL36 X1-32 Y1-8 Page 8.5 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 64 Y1-6 RL98 X1-48 Y1-6 RL66 X1-56 Y1-6 RL34 X1-64 Y1-6 X1-40 Y1-7 RL99 X1-48 Y1-7 RL67 X1-56 Y1-7 RL35 X1-64 Y1-7 X1-40 Y1-8 RL100 X1-48 Y1-8 RL68 X1-56 Y1-8 RL36 X1-64 Y1-8 Page 8.6 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 65 Y2-2 RL63 X2-24 Y2-2 RL95 X2-32 Y2-2 RL127 X2-8 Y2-3 RL30 X2-16 Y2-3 RL62 X2-24 Y2-3 RL94 X2-32 Y2-3 RL126 X2-8 Y2-4 RL29 X2-16 Y2-4 RL61 X2-24 Y2-4 RL93 X2-32 Y2-4 RL125 Page 8.7 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 66 Y2-2 RL63 X2-56 Y2-2 RL95 X2-64 Y2-2 RL127 X2-40 Y2-3 RL30 X2-48 Y2-3 RL62 X2-56 Y2-3 RL94 X2-64 Y2-3 RL126 X2-40 Y2-4 RL29 X2-48 Y2-4 RL61 X2-56 Y2-4 RL93 X2-64 Y2-4 RL125 Page 8.8 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 67 Y2-6 RL98 X2-16 Y2-6 RL66 X2-24 Y2-6 RL34 X2-32 Y2-6 X2-8 Y2-7 RL99 X2-16 Y2-7 RL67 X2-24 Y2-7 RL35 X2-32 Y2-7 X2-8 Y2-8 RL100 X2-16 Y2-8 RL68 X2-24 Y2-8 RL36 X2-32 Y2-8 Page 8.9 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 68 Y2-6 RL98 X2-48 Y2-6 RL66 X2-56 Y2-6 RL34 X2-64 Y2-6 X2-40 Y2-7 RL99 X2-48 Y2-7 RL67 X2-56 Y2-7 RL35 X2-64 Y2-7 X2-40 Y2-8 RL100 X2-48 Y2-8 RL68 X2-56 Y2-8 RL36 X2-64 Y2-8 Page 8.10 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 69 Y2-6 to YD6 RL41 Y2-6 to YF6 RL42 Y2-7 to YB7 RL43 Y2-7 to YD7 RL44 Y2-7 to YF7 RL45 Y2-8 to YB8 RL46 Y2-8 to YD8 RL47 Y2-8 to YF8 RL48 Page 8.11 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 70 32x4 Matrix 32x4 Matrix Daughterboard Daughterboard Daughterboard Daughterboard (Crosspoints (Crosspoints (Crosspoints (Crosspoints X1-1/Y1-1 to X1-1/Y1-5 to X2-1/Y2-1 to X2-1/Y2-5 to X1-32/Y1-4) X1-32/Y1-8) X2-32/Y2-4) X2-32/Y2-8) Figure 8.1 - 65-223 Matrix Plugin Module: Daughterboard Locations Page 8.12 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 71 RL30 RL15 RL11 RL41 RL29 RL14 RL10 RL40 RL28 RL13 RL24 RL39 RL27 RL23 RL38 RL26 RL22 RL37 RL25 RL36 RL21 RL35 RL20 RL34 RL19 Figure 8.3 - Isolation Daughterboard Component Layout Page 8.13 LXI MODULAR REED RELAY MATRIX 65-223...
  • Page 72 SECTION 8 - MAINTENANCE INFORMATION pickering THIS PAGE INTENTIONALLY BLANK Page 8.14 LXI MODULAR REED RELAY MATRIX 65-223...

  • Page 73: Fitting Rack Mounting Flanges

    APPENDIX A - FITTING RACK MOUNTING FLANGES Pickering’s LXI devices are supplied with mounting flanges to enable fitting into a standard 19 inch rack. The following procedure describes the attachment of the flanges to the unit’s side extrusions, a No.1 cross head screwdriver will be required.
  • Page 74 APPENDIX A - FITTING RACK FLANGES pickering THIS PAGE INTENTIONALLY BLANK Page A.2 LXI MODULAR REED RELAY MATRIX 65-223...

  • Page 75: Example Configurations

    YB1 to YB8 YC1 to YC8 YD1 to YD8 YE1 to YE8 YF1 to YF8 Figure B-1. Front Panel Layout for Modular Reed Relay Matrix 65-223 Configured as a 768x8 Matrix With 6 Analog Buses SLOT 5 SLOT 6 SLOT 3...
  • Page 76 1 off 65-223-001 Matrix Plug-in, direct Y access, 6 analog bus made between Y and X or X and X with Y access 5 off 65-223-101 Matrix Plug-in, no direct Y access, 6 analog bus when utilising the analog bus capability.

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